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1 ronment (median odds ratio = 1.05) and adult self-rated health.
2 ving, a wide range of chronic illnesses, and self-rated health.
3 roup, cardiovascular disease medication, and self-rated health.
4 outcomes except medical care utilization and self-rated health.
5 at different life stages to inequalities in self-rated health.
6 P<0.001), Energy (1.36 points; P=0.02), and Self-rated Health (1.77 points; P=0.007) but not Health
7 ined in Cox proportional hazards models were self-rated health, ability to perform instrumental activ
8 In addition to variation in the levels of self-rated health across surveys, striking discrepancies
9 tional disability, cognitive impairment, and self-rated health all predict mortality in the elderly p
15 education, and those reporting poor or fair self-rated health and functional limitations had higher
16 significantly higher odds of reporting poor self-rated health and impaired functional capacity compa
17 significantly higher odds of reporting poor self-rated health and impaired functional capacity compa
18 e used Cox regression, adjusted for baseline self-rated health and lifestyle factors, to calculate mo
20 uality and low birthweight, life expectancy, self-rated health, and age-specific and cause-specific m
23 variables, population density of residence, self-rated health, and survey year, adjusted analyses of
25 or age, history of previous hyperthyroidism, self-rated health, and use of estrogen and thyroid hormo
26 nt and large effect with Spanish interviews: Self-rated health appeared much worse when asked before
27 ge, sex, race/ethnicity, education, smoking, self-rated health, arthritis, chronic musculoskeletal pa
28 cing symptoms of GERD, FD or IBS report poor self-rated health as well as impaired functional capacit
29 e authors investigated cohort differences in self-rated health between women born in 1935-1944 (prebo
31 erent factors to social-class differences in self-rated health by adjustment of odds ratios (classes
32 and sex did not correlate with response, but self-rated health, cancer status, and nationality did.
33 oderate for smoking, heavy alcohol use, poor self-rated health, cancer, heart disease, and respirator
35 between low parental education and fair/poor self-rated health declined with advancing age (age 50-64
36 hospitalization, activities of daily living, self-rated health, depression, and cigarette smoking.
37 age, current employment, visual impairment, self-rated health, diabetes mellitus, history of stroke
39 between low parental education and fair/poor self-rated health differed across racial/ethnic groups a
40 changed little after further adjustment for self-rated health, education, prevalent health condition
42 loneliness, more close relationships, better self-rated health, fewer chronic diseases and impaired a
43 An 8-month dance intervention can improve self-rated health for adolescent girls with internalizin
44 her there is an order effect associated with self-rated health for interviews conducted in English an
45 linear decline (-0.61 per year, p<0.001) in self-rated health from mean ages 31-59 years combined, w
50 alyses of socioeconomic disparities that use self-rated health may be particularly vulnerable to comp
51 s elude simple explanations but suggest that self-rated health may be unsuitable for monitoring chang
53 hood disadvantage was associated with poorer self-rated health, mental health, and physical functioni
54 The dance intervention group improved their self-rated health more than the control group at all fol
55 the full model, comprised 8 predictors: age, self-rated health, number of sickness absences in previo
56 ssion (OR 1.57, 95% CI = 1.23-2.00) and poor self-rated health (OR 1.38, 95% CI = 1.03-1.83) in the y
57 ng less physical activity, and having better self-rated health over follow-up, were significantly ass
61 ts current recommendations, as inserting the self-rated health question before specific questions led
62 omparative analysis of responses to a common self-rated health question in 4 national surveys from 19
63 Index and RAND Energy, Health Distress, and Self-Rated Health scales were assessed at study entry an
64 t for age, body mass index, race, education, self-rated health, smoking status, comorbidities, and nu
65 e, grip strength, HbA1c, longevity, obesity, self-rated health, smoking status, triglycerides, type 2
69 ng New Zealand's Family Tax Credit (FTC) and self-rated health (SRH) in 6,900 working-age parents usi
73 o determine to what extent a single measure, self-rated health (SRH), independently predicts long-ter
74 ism worries, vigorous exercise, obesity, and self-rated health status and psychological and physical
75 ificantly correlated with total AIMS scores, self-rated health status, health care costs, depression
76 controlling for demographic characteristics, self-rated health status, inhaled corticosteroid use, an
78 index, home ownership, qualifications, poor self-rated health, the presence of poor mobility, hypert
79 raphic variables, socio-economic status, and self-rated health; the density of beds and physicians in
82 ng for sample design indicated that baseline self-rated health was associated with a significantly re
86 Health Interview Survey, where questions on self-rated health were inserted in 1 of 2 locations: pre
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